I’ve just open-sourced a structural encryption system I call TrajectoryCrypt.
It's not an algorithm in the conventional sense—it's a framework for how information exists.
Core idea:
Rearranged binary data is injected into logic gate networks under entropy noise;
The output vectors form a spatial path;
A function f(x) is fitted from this path and made public;
Decryption isn’t about guessing keys—it’s about matching the original trajectory:
Tangents, projections, and behavior-specific deviation.
It creates encryption as a path memory, not as a mathematical secret.
Source and whitepaper are public. Non-commercial usage is free; commercial use requires a license.
I’ve just open-sourced a structural encryption system I call TrajectoryCrypt. It's not an algorithm in the conventional sense—it's a framework for how information exists.
Core idea:
Rearranged binary data is injected into logic gate networks under entropy noise;
The output vectors form a spatial path;
A function f(x) is fitted from this path and made public;
Decryption isn’t about guessing keys—it’s about matching the original trajectory: Tangents, projections, and behavior-specific deviation.
It creates encryption as a path memory, not as a mathematical secret.
Source and whitepaper are public. Non-commercial usage is free; commercial use requires a license.
GitHub: https://github.com/YukiyamaShizuka/TrajectoryCtypt
> Permission is hereby granted
You should give more explanation because my first reaction was "permission of doing what exactly?"